×
名字和姓氏
有效的电子邮件地址。 该地址将用于系统电子邮件和通知。
使用条款
Show terms

By accessing and utilizing our servers, services, websites, or any associated content/postings, you agree (individually and on behalf of a business if applicable) to our Terms of Use (below), which we may update anytime at our discretion. If you do not agree to the Terms of Use (“Terms”), then you are not authorized to use any of our materials for either posting or viewing/search purposes.

More info

1 + 5 =
解答这道简单的数学问题并输入结果。 例如。 对于1 + 3,请输入4。
这个问题被要求找出是否你是一个人或自动发送同样的消息到多个新闻组邮件列表。
添加产品
Service

Determination of inflow Profile and Watering Sources

(服务)
Online Support Service: No
Interpretation of Data: No
描述:
Studies are based on the registration of physical fields, determined by the presence and structure of fluid flows in the wellbore and near-wellbore space. Measurements are carried out at steady-state (long-running wells), unsteady (wells with a change in the selection mode) and transient thermo-hydrodynamic fields. Unsteady modes occur after starting or stopping a well. The combination of a short start and a subsequent stop leads to transition fields. To solve the problems of determining the profiles of the inflow and the sources of watering, a complex of different-mode studies is used: in the stopped and working wells, as well as in the process of calling the inflow. Measurements are carried out within a separate interval of detailed studies. When working in wells with low reservoir pressures (non-flowing), additional measurements are taken along the wellbore in the intervals of changes in the static and dynamic levels of the medium sections. The complex geophysical equipment Sova-2, Sova-3, Sova-5, Sova-9, Flowmeter Sova-3r is used.
概观:

Typical conditions for applying the method:

  • in cased wells filled with any flushing fluid or gas;
  • with any method of opening the formation (perforation, filter on the shank, etc.);
  • for various types of inflow call (in gushing wells, during compression, swabbing, or the operation of a jet pump).
SOLVED PROBLEMS: COMPLEX OF GEOPHYSICAL METHODS:
  • allocation of intervals for the influx of oil, water and gas;
  • determination of the inflow profile, watering sources;
  • estimation of flow rate and composition of inflow, determination of percentage of water cut;
  • allocation of intervals of radio geochemical anomalies;
  • determination of the position of static and dynamic levels of phase separation in the wellbore.
  • gamma ray logging;
  • magnetic locator of couplings;
  • barometry, manometry;
  • highly sensitive thermometry;
  • dielcometric moisture metering;
  • induction resistivimetry;
  • thermoconductive flow indicator;
  • mechanical flow metering.

 

The registered parameters:
Temperature
Pressure
Flow indicator
Mineralization
Water content
Gamma radiation intensity
A magnetic field
Fluid flow rate

Units:
° C
atm
cu
g / l
%
mcr / hour
cu
m 3 / day

OJSC Kogalymneftegeofizika

地点: Russia / Kogalym
主要产品/服务: Geophysical and geological and technological research, data interpretation
注册: Russia / Kogalym